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成熟和未成熟肾小球基底膜的免疫化学特征

Immunochemical characterization of mature and immature glomerular basement membrane.

作者信息

Lubec G, Coradello H

出版信息

Biol Neonate. 1979;35(5-6):325-7. doi: 10.1159/000241197.

Abstract

20 kidneys from premature infants (27th to 38th weeks of gestation), 5 kidneys of mature newborns and 5 kidneys of children between 5 and 15 years of age were obtained at necropsy and glomerular basement membranes (GBM) isolated. The isolated GBMs were degraded by papain and the degradation products were characterized by immunoelectrophoresis applying an antihuman GBM antiserum from the rabbit. GBMs of children between 5 and 15 years showed in each case 3 precipitation lines distributed from the alpha-gamma-zone. The examined newborns and 17 premature infants presented two precipitation lines only, moving with alpha 1-mobility and beta-gamma-inter-region. 3 premature infants showed a pattern with 2--4 different precipitation lines of different mobility, maybe interpretable as a result of bacterial digestion. On the grounds of these findings we postulate that the GBM is, from an immunochemical point of view, immature at birth and in the late fetal life becoming mature in the child with about 5.

摘要

在尸检时获取了20个早产婴儿(妊娠27至38周)的肾脏、5个成熟新生儿的肾脏以及5个5至15岁儿童的肾脏,并分离出肾小球基底膜(GBM)。分离出的GBM用木瓜蛋白酶降解,降解产物用兔抗人GBM抗血清通过免疫电泳进行表征。5至15岁儿童的GBM在每种情况下均显示3条沉淀线,分布于α-γ区。所检查的新生儿和17个早产婴儿仅呈现2条沉淀线,以α1迁移率和β-γ区间移动。3个早产婴儿显示出具有2 - 4条不同迁移率的不同沉淀线的模式,可能可解释为细菌消化的结果。基于这些发现,我们推测从免疫化学角度来看,GBM在出生时不成熟,在胎儿后期逐渐成熟,大约在5岁儿童时变得成熟。

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